When working with non-linear functions, the average rate of change is not constant.
When working with non-linear functions, the average rate of change is not constant.
Explanation:
When working with linear functions, average rate of change is constant.
The answer is; Early steps consume energy from ATP, and later steps store an increased amount of energy in ATP and NADH
In the initial stage (energy consuming), 2 ATPs and consumed to convert glucose to the high energy fructose-1,6 biphosphate. The fructose-1,6 biphosphate is later split into 2 glyceraldehyde-3-phosphate (G3P). In the energy-releasing phase, each G3P is used to generate 2 ATPs and an NADH are released. Therefore, there is a net positive energy of 2 ATPs and 2 NADHs.
Explanation:
As the Siamese cat are temperature sensitive affecting its colour pigmentation because of it genetics. The Himalayan rabbit also have pigmentation genes in it genetic make up that are temperature sensitive.
The white-haired Himalayan rabbit has black ears, nose, paws, and tail which are usually the coldest part of the body even in most animals.
A DNA segment ''gene C'' in Himalayan rabbits codes for black fur coloration and it is activated by temperature at about 20°C. A Himalayan rabbit reared at this temperature will grow the normal white fur, while the colder part of the body grows black fur.
Veins<span> have low </span>blood<span> pressure compared to </span>arteries<span> and need the </span>help<span> of </span>skeletal muscles<span> to bring </span>blood back to the heart<span>. Most </span>veins<span> have one-way valves called venous valves to </span>prevent<span> backflow caused </span>by<span> gravity. They also have a thick collagen outer layer, which helps maintain </span>blood<span> pressure and </span>stop blood<span> pooling. So your answer would most likely be A</span><span />
